How is molecular orbital different from atomic orbital? Give electronic configuration of (i) 'H_2^+' (ii) 'Li_2' (iii) 'B_2' (iv) 'C_2'. Calculate their bond orders and predict their paramagnetic behaviour.

Calculate the bond order and predict the magnetic property of the O_2 molecule.

Write the molecular orbital configuration of O_2^+ . Calculate its bond order and predicts its magnetic behaviour.

i. Write the electronic configuration of the following ions: (a) 'H^-' (b) 'Na^+ ' (c) 'O^(2-)'(d) 'F^-'

Write the molecular orbital configuration of F_2 molecule

The formation of molecular orbitals can be described by the linear combination of atomic orbitals b) Write the electronic configuration of oxygen molecule on the basis of Molecular Orbital Theory. Justify the presence of double bond in it and account for its paramagnetic character.

Draw the molecular structures of (i) XeF_2 (ii) XeOF_2 and (iii) XeF_4

write the molecular orbital electronic configuration of C_2 molecule and calculate its bond order.

Calculate the molecular mass of the following. (i) H_2O (ii) CO_2 (iii) CH_4

Write the molecular orbital electronic configuration of N_2 and O_2 molecules. Compare the stability and magnetic behaviour of these molecules on the basis of MO theory.

The stability and magnetic properties of a molecule can be well explained using the molecular orbital theory developed by F Hund and R.S. Mulliken. Calculate the bond order and predict the magnetic property of the O_2 molecule.